Data Encryption at Rest

Data Encryption at Rest

πŸ“Œ Data Encryption at Rest Summary

Data encryption at rest is a security method that protects stored data by converting it into unreadable code. Only someone with the correct key can turn the data back into its original form. This process helps stop unauthorised people from accessing the information if storage devices are stolen or hacked.

πŸ™‹πŸ»β€β™‚οΈ Explain Data Encryption at Rest Simply

Imagine locking your diary in a safe when you are not using it. Even if someone finds the safe, they cannot read your diary without the right key. Data encryption at rest works the same way, keeping information protected even when it is not being used.

πŸ“… How Can it be used?

Encrypting database files on a server ensures confidential customer details remain protected if the server is stolen or breached.

πŸ—ΊοΈ Real World Examples

A hospital stores patient records on its servers. To keep this sensitive information private, the hospital uses encryption at rest so that only authorised staff can access the records, even if someone gains physical access to the server.

A cloud storage provider automatically encrypts all uploaded files on its servers. This means that if someone gains unauthorised access to the storage hardware, the files remain unreadable without the proper decryption keys.

βœ… FAQ

What does data encryption at rest mean?

Data encryption at rest means turning stored information into unreadable code so that only someone with the right key can see the original data. This protects your files if a computer or hard drive is lost or stolen.

Why is it important to encrypt data that is just sitting in storage?

Even if data is not being used, it can still be a target for thieves or hackers. Encrypting data while it is stored helps keep your information safe, making it much harder for anyone without permission to read it if they manage to get hold of your device.

Can encryption at rest slow down my computer or phone?

Most modern devices are designed to handle encryption without noticeable slowdowns. You are unlikely to see much difference in everyday use, and the extra layer of security is worth it for the protection it offers.

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